Item Name: ESP8266 Weather Station Kit Temperature Humidity LCD Display Component Set Newly. Smart TV Box Android Quad Core HDMI 1080P Wifi Streaming Media Player UK
ESP8266 Weather Station Kit Temperature Humidity Atmosphetic Pressure OLED LCD Display Module Breadboards Electronics Component Set
Feature:
1. The weather station uses the ESP8266-12E to obtain data from the Internet: time of a city, weather data and forecast information for the next 3 days, scrolling on the SSD1306 OLED Display the device can switch to display data from any city in the world - maybe your relatives or friends live there.
2. The device uses sensors DHT11, BMP180,BH1750FVI to collect temperature, humidity, Atmosphetic Pressure and light data. The weather station reads data indoor via sensor every 5 seconds and uploads it to the Internet every 60 seconds.You can see real-time data charts from your phone or computer.Of course you can modify the code to implement different functions.
3. ESP8266: CP2102 chip inside,Micro USB,4MB flash,full I/O port and wireless 802.11 supported IOT platform Arduino compatible. DHT11 Sensor: A digital signal output with a calibrated temperature and humidity combined sensor.The simple communication protocol greatly reduces the programming effort required.
4. BMP180: High-precision, small size, ultra-low power 3A pressure sensor.Its performance excellence, the absolute accuracy of the lowest can reach 0.03hPa.Can directly through the I2C bus connected with a variety of microprocessors.Pressure range: 300 ~ 1100hPa.
5. BH1750FVI: Digital Light intensity Sensor. Direct digital output, complex calculation is omitted, omitting calibration.
6. OLED Yellow Blue Display: 0.96 inch SSD1306 128X64 Yellow&Blue OLED LCD Display with I2C IIC SPI Serial
Specification:
Size: 190 X 90 X 45mm/7.48 X 3.54 X 1.77"
Note:
1. Only for Windows.
2. Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
3. Please allow 1-3mm measuring deviation due to manual measurement.
